diff options
Diffstat (limited to 'advtrains/trainlogic.lua')
| -rw-r--r-- | advtrains/trainlogic.lua | 28 |
1 files changed, 13 insertions, 15 deletions
diff --git a/advtrains/trainlogic.lua b/advtrains/trainlogic.lua index edcddd2..2b34e2a 100644 --- a/advtrains/trainlogic.lua +++ b/advtrains/trainlogic.lua @@ -37,6 +37,7 @@ local t_accel_all={ [0] = -10, [1] = -3, [2] = -0.5, + [3] = 0, [4] = 0.5, } --acceleration per engine @@ -44,6 +45,7 @@ local t_accel_eng={ [0] = 0, [1] = 0, [2] = 0, + [3] = 0, [4] = 1.5, } @@ -410,15 +412,7 @@ function advtrains.train_step_b(id, train, dtime) --if tarvel_cap and train.tarvelocity and tarvel_cap<train.tarvelocity then -- train.tarvelocity=tarvel_cap --end - - local tmp_lever - - tmp_lever = train.ctrl.user or train.ctrl.atc - - if not tmp_lever then - -- if there was no control at all, default to 3 - tmp_lever = 3 - end + local tmp_lever = (train.ctrl.user or train.ctrl.atc) or 3 if tarvel_cap and trainvelocity>tarvel_cap then tmp_lever = 0 @@ -427,8 +421,8 @@ function advtrains.train_step_b(id, train, dtime) train.lever = tmp_lever --- 4a. Get the correct lever based on LZB --- - tmp_lever = tmp_lever + 1 local lzblever = tmp_lever + tmp_lever = tmp_lever + 1 local s, s1, s2, v0, v1, v2, t1, t2, a1, a2 repeat tmp_lever = lzblever @@ -444,27 +438,31 @@ function advtrains.train_step_b(id, train, dtime) v2 = v0 + a1 * dtime if train.tarvelocity then v2 = math.min(v2, train.tarvelocity) end v2 = math.min(v2, (train.max_speed or 10)) - s = (v2*v2 - v0*v0)/2/a1 + if a1 == 0 then -- if there is no acceleration, simply s = v * t + s = v0 * dtime + else + s = (v2*v2 - v0*v0)/2/a1 + end a2 = a1 lzblever = tmp_lever else - if (-v0*v0)/2/a1 < s1 then -- train stops in front of LZB control + if (a1 ~= 0) and ((-v0*v0)/2/a1 < s1) then -- train stops in front of LZB control v2 = 0 s = (-v0*v0)/2/a1 else -- Train continues and further control seems to be taken v1 = math.sqrt(2*s1*a1 + v0*v0) if train.tarvelocity then v1 = math.min(v1, train.tarvelocity) end v1 = math.min(v1, (train.max_speed or 10)) - t1 = (v1-v0)/a1 + if a1 == 0 then t1 = s1/v1 else t1 = (v1-v0)/a1 end t2 = dtime - t1 if t2 > 0 then -- if the train can reach s2 v2 = a2*t2+v1 if v2 < 0 then v2 = 0 end -- Force velocity to be at least 0 - s2 = (v2*v2-v1*v1)/2/a2 + if a2 == 0 then s2 = v2 * t2 else s2 = (v2*v2-v1*v1)/2/a2 end s = s1 + s2 else -- the train might not reach s2 due to some limits v2 = v1 - s = (v1*v1 - v0*v0)/2/a1 + if a1 == 0 then s = v2 * dtime else s = (v1*v1 - v0*v0)/2/a1 end end end end |